unit
| SO2 | sulphur dioxide |
UVFL |
UV-fluorescence |
30 min |
ug/m^3 |
| NO | nitrogen monoxide |
CHLM |
chemiluminescence |
30 min |
ug/m^3 |
| NO2 | nitrogen dioxide |
CHLM |
chemiluminescence |
30 min |
ug/m^3 |
| CO | carbon monoxide |
IRABS |
IR corel. absorption spectrometry |
30 min |
ug/m^3 |
| O3 | ozone |
UVABS |
UV-absorption |
30 min |
ug/m^3 |
| NOx | nitrogen oxides(oxides of nitrogen) |
CHLM |
chemiluminescence |
30 min |
ug/m^3 |
| PM10 | PM 10 particulate matter 10 |
RADIO |
radiometry - beta ray absorption |
30 min |
ug/m^3 |
| WV | wind velocity |
ELMAG |
electromagnetic method |
30 min |
m/s |
| WD | wind direction |
OPEL |
optoelectronic method |
30 min |
deg |
| p | atmospheric pressure |
APRESS |
atmospheric pressure measurement |
30 min |
hPa |
| h | relative air humidity (h. of air) |
CAP |
capacitance sensor |
30 min |
% |
| GLRD | global radiation |
TDM |
temperature difference method |
30 min |
W/m2 |
| T2m | temperature 2m above terrain |
PT100 |
resistance method |
30 min |
K |
| T10m | temperature 10m above terrain |
PT100 |
resistance method |
30 min |
K |